Deister R+D+I
Research, development, and innovation
Since its foundation in 1988, Deister has always bet on innovation and improving its products and services.
Projects
Deister
XML
to SQL Grammar
to SQL Grammar
Carried out in the period 2007–2008, it manages to create a novel grammar that allows translating the XML format directly to native SQL code, a fact that makes possible the abstraction of the database management system in the programming of applications for databases.
Project
‘WAST’
‘WAST’
This project meant the creation of a new technology that simplifies the current architecture of POS (point of sale terminals). Thanks to this simplification, a reduction of the costs of the current centralized infrastructures is achieved, a reduction of the loss of bandwidth, a greater speed of data transfer, and also more reliability. For this, P2P (“Peer to peer”) technology is used. In addition, the creation of a web system will also participate in the reduction of the mentioned costs and advantages, providing a new point of reference to the management systems of point of sale terminals.
Project
DAGUR
DAGUR
Precise geopositioning through browsers.
Carried out in the period 2009–2011 and financed by the CDTI (Projects in inter-company cooperation. Technological Fund, IDI-20100130), it has had as its object to develop a complete and standardized programmatic interface. This interface allows that the Web pages interact directly with the devices endowed with GPS systems. It must be remarked that it is not a matter only of making exchanges or transmissions of data but of having a set of routines that will offer the necessary services to ‘govern’ the remote equipment.
Project
‘AESIR’
‘AESIR’
Completed between 2012 and 2014 and funded by CDTI: IDI-20120274, it focuses on providing a tool that serves as a central service for medical diagnostic, management, and consultation applications over the Internet.
PALAS,
Big ‘memory Analytics’
Big ‘memory Analytics’
Completed between 2013 and 2015 and funded by the MINISTRY OF INDUSTRY, ENERGY AND TOURISM – SECRETARY OF STATE FOR TELECOMMUNICATIONS AND THE INFORMATION SOCIETY, file number: TSI-100300-2013-150, within the 2013-2016 Scientific and Technical Research and Innovation Plan under the Strategic Action of the Digital Economy and Society. The project aims to provide a system that allows real-time access and transformation of relevant data for analysis, revealing hidden patterns, trends, and relationships.
Project
‘SOMEB’
‘SOMEB’
Media Broadcasting Management Information System. This project is developed in collaboration with two Argentine companies within the CYTED-IBEROEKA program. The Spanish part of this project is funded by CDTI (EXP 00076941 / TIC-20140316).
MSP,
Mobility Services Platform
Mobility Services Platform
Completed between 2016 and 2017. Developed in collaboration with an Argentine company within the CYTED-IBEROEKA program. The Spanish part of this project is funded by CDTI: IDI-20150972, and it focuses on the development of middleware for service management.
Visual
Discovery
Discovery
For Big Data Analytics – AXIONAL VD. This project is developed in collaboration with two Argentine companies within the CYTED-IBEROEKA program. The Spanish part of this project is funded by CDTI (IBK 20170024).
Software
Platform
Platform
For IoT interface with logistics systems. This project has been ongoing since January 2018 and is funded by CDTI (IDI-20180284). The project focuses on developing a messaging integration platform with services and connectors to manage IoT device data and make it available for enterprise management software. The project also includes the development of an advanced user interface to efficiently handle new logistics operations.
Innovative
Company
Deister
S.A.
S.A.
Deister
Consulting
Consulting
Deister
Tech
Tech
Deister
software
software
Project AIRE
Cooperative research and development project “Artificial Intelligence Platform for Air Quality Prediction from Copernicus Services Sensor Data” IDI-20230571
Development of an air quality assessment platform with improved and enriched AI models based on existing Copernicus predictive models (macro data) by incorporating field measurements (traditional air quality monitoring stations and IoT sensors – micro data). This platform will provide an improved measurement at local resolution level over the current one, limited by satellite imagery resolution and a prediction of air quality in a particular area with a decision support system.
Status: in progress
Geographical scope: Project developed in Zaragoza, Spain, with national scope for implementation in public administrations and private entities.
Thematic area: Environmental technology and innovation through artificial intelligence for the prediction of air quality indicators.
Duration: 01/01/2023 to 30/06/2025
Project ID: IDI-20230571
Total project investment: €1,229,016
Coordinator: DEISTER, S.A.
Geographical scope: Project developed in Zaragoza, Spain, with national scope for implementation in public administrations and private entities.
Thematic area: Environmental technology and innovation through artificial intelligence for the prediction of air quality indicators.
Duration: 01/01/2023 to 30/06/2025
Project ID: IDI-20230571
Total project investment: €1,229,016
Coordinator: DEISTER, S.A.
Partners
- ADVANCED TECHNOLOGICAL SYSTEMS S.L.
- BETTAIR CITIES, S.L.
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